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  1. Wierzchon, Tadeusz ; Burakowski, Tadeusz
    1998
    Online unknown
  2. In: Carbon Nanomaterials Sourcebook ; page 353-372; (2016)
    Buch
  3. In: Advanced Materials, Mechanical and Structural Engineering ; page 113-116 ; ISBN 9780429225642; (2016)
    Buch
  4. Hughes, Nicolas ; Gloriot, Victor ; et al.
    In: Fischer-Tropsch Synthesis, Catalysts, and Catalysis ; page 85-106 ; ISBN 9781466555297 9781466555303; (2016)
    Buch
  5. Smiley, Damarcus ; Gloriot, Victor ; et al.
    In: Fischer-Tropsch Synthesis, Catalysts, and Catalysis ; page 55-84 ; ISBN 9781466555297 9781466555303; (2016)
    Buch
  6. predicting the permissible external loading that a diamond-coated cutting tool can withstand without premature de-bonding. 3.1.6. Wear mechanisms. The failure of CVD diamond-coated inserts during machining can be in the form of flaking (interfacial failure) or abrasive wear (gradual cohesive failure) [22]. Ideally, a test of superb adhesion is when the diamond coating fully deteriorates by wear rather than flaking. Flaking will occur primarily due to poor adhesion between the diamond coating and the carbide substrate [6]. Therefore, flaking is clearly undesirable because the benefit of using a diamond coating is lost, except for the chip breaking assistance of faceted diamond crystals at the rake surface [29, 75]. If the adhesion strength of the CVD diamond coating is sufficient to withstand the machining stresses, then the abrasive action between the workpiece material and the diamond coating becomes the primary failure mechanism. Unless the CVD diamond coating is polished, a two-step wear mechanism is ex­ pected to occur. The first step is caused by the initial high surface roughness of the CVD diamond coating in which crack initiation occurs at the surface. The mecha­ nism that describes such behavior was proposed by Gunnars and Alahelisten [56]. They described a three-zone wear model as shown in Fig. 6. In this model, the role of residual stresses becomes significant in controlling crack propagation from the surface to the interface that could lead to interface failure (flaking). As outlined earlier, the high total compressive residual stress present in CVD diamond coatings on carbide inserts was assumed to be biaxial and oriented parallel to the interface. Wear starts to occur at the surface, which, because of geometry, allows stress to relax. A crack is more likely to initiate at protruding grains in zone I and propa­ gate preferentially along the (111) easy cleavage planes of diamond. The geometry at deeper depths, however, prevents the compressive residual stress from relaxing. Therefore, as the crack propagates deeper in the coating, it encounters higher com­ pressive stresses that cause the cracks to redirect their paths deviating from cleavage planes to a direction parallel to the interface in region II. The high compressive stress now causes cracks to propagate fast parallel to the interface resulting in a smooth surface in region III. Due to the smoother surface, fewer asperities will be present and it becomes harder to nucleate cracks.
    In: Adhesion Aspects of Thin Films, Volume 1 ; page 100-139; (2014)
    Buch
  7. Dieser Titel kann aus lizenzrechtlichen Gründen nur im Campusnetz oder nach Anmeldung angezeigt werden!
    Buch
  8. In: Chemical Functionalization of Carbon Nanomaterials ; page 1000-1033 ; ISBN 9780429162084; (2015)
    Buch
  9. Wang, Mei ; Chu, Paul K.
    In: Encyclopedia of Plasma Technology; (2017) S. 857-873
    Buch
  10. Dieser Titel kann aus lizenzrechtlichen Gründen nur im Campusnetz oder nach Anmeldung angezeigt werden!
    Buch
  11. In: Adhesion Aspects of Thin Films, Volume 1 ; page 87-98; (2014)
    Buch
  12. In: Adhesion Aspects of Thin Films, Volume 1 ; page 99-99; (2014)
    Buch
  13. Dragsted, Lars Ove ; Maulik, Nilanjana
    In: Dragsted , L O 2013 , Effect of fruit and vegetable intake on CVD risk factors in humans . in N Maulik (ed.) , Cardiovascular Diseases : Nutritional and Therapeutic Interventions . CRC Press , Boca Raton, FL , pp. 501-527; (2013)
    Buch
  14. Dieser Titel kann aus lizenzrechtlichen Gründen nur im Campusnetz oder nach Anmeldung angezeigt werden!
    Buch
  15. Dieser Titel kann aus lizenzrechtlichen Gründen nur im Campusnetz oder nach Anmeldung angezeigt werden!
    Buch
  16. Dieser Titel kann aus lizenzrechtlichen Gründen nur im Campusnetz oder nach Anmeldung angezeigt werden!
    Buch
  17. In: Cardiovascular Diseases ; page 233-234 ; ISBN 9781439882009 9781439882016; (2013)
    Buch
  18. In: Lecture Notes on Impedance Spectroscopy ; page 107-110 ; ISBN 9780429216756; (2012)
    Buch
  19. In: Surface and Interfacial Aspects of Cell Adhesion ; page 425-462; (2011)
    Buch
  20. Lyutovich, A ; Maile, K ; et al.
    In: Novel Approaches to Improving High Temperature Corrosion Resistance - EFC 47 ; ISBN 9781420079593 9781439833346; (2008)
    Buch
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